OBO Precision Blog
Engineering guides for dispensing machines, potting systems, materials, applications, equipment selection, and troubleshooting.
What Defects Should Be Included in a Dispensing Validation Checklist?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
How Should Engineers Validate Potting Processes for Production Stability?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
What Repeatability Data Matters Before Mass Production Launch?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
How Should Buyers Review Pilot Run Data Before Equipment Acceptance?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
How Many Samples Are Enough for Dispensing Process Validation?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
What Acceptance Criteria Should Be Set Before Dispensing Line Release?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
How Should Manufacturers Validate a Dispensing Process Before Mass Production?
A good sample is not the same thing as a production-ready dispensing process. Validation begins when a team proves that acceptable results can be repeated
Complete Guide to Thermal Interface Material Dispensing
Thermal interface material dispensing is one of the clearest examples of why industrial fluid automation must be application-driven. The process has to satisfy fluid handling,
What Process Risks Matter Most in EV Thermal Interface Dispensing?
EV thermal interface dispensing is not just a bigger version of ordinary electronics TIM work. The process usually faces tougher durability expectations, more demanding throughput,